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DYNAMICS OF DESIGN AND DEVELOPMENT OF WEB-BASED MECHANICS

机译:基于Web的机械设计与开发的动力学

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Statics and Dynamics are core-engineering courses taken by most of the undergraduate students in the College of Engineering and Technology. Since Statics and Dynamics are one of the first two fundamental engineering courses in the curriculum, students often have difficulty with rigorous problem solving and with assessing whether or not their calculated results are physically meaningful. Statics and Dynamics are taught in separate quarters, and Statics is a pre-requisite to Dynamics. Though the two courses are related, students tend to forget what they learnt in the first course when they take the second course. It is very difficult for the instructor to demonstrate the connection between the two courses, and in most cases the instructors for the two courses are different, and the style, terminology and notation becomes different, which can be confusing to the student. By designing the two courses for the web as one course, the instructors plan to teach two quarters of Mechanics, with Statics and Dynamics being special cases of Mechanics. The web makes it easier to demonstrate the link between the concepts in the two courses as long as they are designed as an integrated Mechanics course instead of two individual courses.
机译:静力学和动力学是工程技术学院大多数本科生修读的核心工程课程。由于“静力学和动力学”是课程中的前两门基础工程课程之一,因此,学生通常在严格的问题解决以及评估其计算结果是否具有物理意义上遇到困难。静力学和动力学是在不同的方面讲授的,而静力学是动力学的先决条件。尽管这两门课程是相关的,但学生在修读第二门课程时往往会忘记在第一门课程中学到的知识。讲师很难证明这两个课程之间的联系,并且在大多数情况下,这两个课程的讲师是不同的,并且风格,术语和符号也不同,这可能会使学生感到困惑。通过将网络上的两门课程设计为一门课程,讲师计划教授四分之二的力学,而静力学和动力学是力学的特例。通过网络可以更轻松地演示两门课程中的概念之间的联系,只要它们被设计为集成的力学课程而不是两门单独的课程即可。

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